A symmetrical form of the line of intersection of the planes `x=ay+b` and `z=cy+d` is

Reduce the equation of line x-y+2z=5 adn 3x+y+z=6 in symmetrical form.Or Find the line of intersection of planes x-y+2z=5 and 3x+y+z=6

Reduce the equation of line x-y+2z=5a d n3x+y+z=6 in symmetrical form. Or Find the line of intersection of planes x-y+2z=5a n d3x+y+z=6.

Reduce the equation of line x-y+2z=5a d n3x+y+z=6 in symmetrical form. Or Find the line of intersection of planes x-y+2z=5a n d3x+y+z=6.

Reduce the equation of line x-y+2z=5a d n3x+y+z=6 in symmetrical form. Or Find the line of intersection of planes x-y+2z=5a n d3x+y+z=6.

Reduce the equation of line x-y+2z=5a d n3x+y+z=6 in symmetrical form. Or Find the line of intersection of planes x-y+2z=5a n d3x+y+z=6.

Reduce the equation of line x-y+2z=5a d n3x+y+z=6 in symmetrical form. Or Find the line of intersection of planes x-y+2z=5a n d3x+y+z=6.

Reduce the equation of line x-y+2z=5a d n3x+y+z=6 in symmetrical form. Or Find the line of intersection of planes x-y+2z=5a n d3x+y+z=6.

If the symmetrical form of line of intersection of planes 4x-3y=1,2y-4z=3 is (x-a)/(3)=(y)/(4)=(z+3//4)/(2) then a = ___________

Let the equation of the plane containing the line x-y - z -4=0=x+y+ 2z-4 and is parallel to the line of intersection of the planes 2x + 3y +z=1 and x + 3y + 2z = 2 be x + Ay + Bz + C=0 Compute the value of |A+B+C| .